ALLEN BRADLEY  MODULE
ALLEN BRADLEY  MODULE

ALLEN BRADLEY MODULE

ALLEN BRADLEY MODULE Specification

  • Connector Type
  • Screw Terminal
  • Features
  • Hot Swappable, Removable Terminal Blocks
  • Application
  • PLC Automation/Control Panels
  • Working Temperature
  • 0C to 60C
  • Output Type
  • Digital/Analog (Depending on Model)
  • Current Range
  • 0-0.5 A
  • Power Factor
  • >0.98
  • Phase
  • Single Phase
  • Noise Level
  • Low (Below 35 dB)
  • Rated Current
  • 0.5 A
  • Rated Power
  • 12 W
  • Output Current
  • 0.5 A
  • Cooling Method
  • Natural Air Cooling
  • Power Supply
  • External/Panel Mount
  • Operating Temperature
  • 0C to 60C
  • Product Type
  • Industrial Automation Module
  • Output Power
  • 24 VDC Signal
  • Output Frequency
  • 50/60 Hz
  • Input Voltage
  • 120/240 VAC
  • Voltage Protection
  • Integrated Surge Protection
  • Efficiency
  • 98%
  • Material
  • Industrial Grade Plastic and Metal
  • Line Regulation
  • 0.5%
  • Storage Temperature
  • -40C to 85C
  • Weight
  • Approx. 250 g
  • Dimensions (H x W x D)
  • 110 mm x 35 mm x 85 mm
  • Isolation Voltage
  • 1500 V
  • Protection Class
  • IP20
  • Response Time
  • <2 ms
  • Mounting Type
  • DIN Rail Mountable
  • Indication
  • LED Status Indicators
  • Model Series
  • MicroLogix/CompactLogix (Generic)
 
 

About ALLEN BRADLEY MODULE

ALLEN BRADLEY  MODULE      IFE C  


Engineered for Fast, Reliable Automation

With its sub-2 ms response time and single-phase design, this Allen Bradley module is optimized for swift and dependable data transmission in PLC automation and control panels. The efficient combination of industrial-grade materials, removable terminal blocks, and hot-swappable features makes installation and servicing straightforward, allowing users to maximize uptime and operational productivity.


Advanced Protection and Diagnostic Features

The module incorporates integrated surge protection, an IP20 rating, and natural air cooling. LED status indicators provide instant operational feedback, enabling quick troubleshooting. Its 1500 V isolation voltage safeguards against electrical disturbances, making it a trusted choice for demanding industrial environments and sensitive electronic equipment.

FAQs of ALLEN BRADLEY MODULE:


Q: How do I mount the Allen Bradley module onto a DIN rail?

A: The module is specifically designed for DIN rail mounting. Simply align the rear clips of the module onto the DIN rail and press firmly until it snaps securely in place. The removable terminal blocks facilitate wiring during installation or replacement.

Q: What types of input and output does this module support?

A: Depending on the model, the Allen Bradley module offers digital or analog output types. It accepts 120/240 VAC input and delivers a 24 VDC signal output. This flexibility makes it suitable for varied automation and control panel applications.

Q: When is the best application scenario for using this module?

A: This module excels in PLC automation and control panel environments, particularly where space, fast response times, and high reliability are essential. Its wide operating temperature and noise minimization allow it to perform in industrial settings requiring robust, low-maintenance solutions.

Q: Where is the Allen Bradley module typically used in India?

A: In India, this module is commonly supplied and traded for integration into industrial automation setups, such as manufacturing lines, building automation systems, and electrical control panels, where high performance and long-term reliability are required.

Q: What is the process for checking module operational status?

A: Operational status can be easily monitored using the built-in LED status indicators. These LEDs reflect power, fault, and activity statuses, enabling users to quickly assess functionality and identify any potential issues.

Q: How does the integrated surge protection benefit my system?

A: The integrated surge protection shields the module from voltage spikes and transient surges, reducing the risk of system damage and ensuring stable, uninterrupted operation in electrically noisy industrial environments.

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